ΜΦ25536 五、新型說明： 【新型所屬之技術領域】 本新型係有關一種智慧衣系統，特別是指一種利用無 線方式予以供電的智慧衣系統，而可省去習知因拉線、接頭 所造成的種種不便性以及風險性，提供使用者便於攜帶、使 用的便利性，同時亦便於拆卸、洗滌、充電，.大幅提高使用 之靈活性。 【先前技術】 近年來，隨著電子科技的日新月異，人們對於生活的 舒適度以及賊也越麟究，隨之也逐舰得智慧衣的發展 越來越叉到重視，藉由智慧衣的功能，個者僅需穿著智慧 衣’即可達到譬如為生理狀祕測、監控、或是加熱、致冷 等特定功能，而無須額外使用外部的裝置，使用方便性大幅 提1¾。 為了提供智慧衣來執行特定功能，則需要具備有電力 供應的能力，最常見者為電池，較佳者為細電池。同時， 因為智慧衣執行此些功能所需耗s的電力不低，因此為了方 便更換電池，電池触錄时離式的設計；舉例來說，若 疋要&控心律狀態，則心律監控模組設置於衣物靠近胸口的 位置’而電池模組可設置於衣物底側的口袋位置，若是用以 冬天保暖、加熱，則加熱模組設置於衣物背側，而電池模組 3 M425556- 同樣可設置於正面底側口袋的位置，以方面使用者更換電 池。 然而，電池與作動模組之間需要拉線來予以連接才能 供應電力，同時，連接處則需要採用焊接或是連接頭的方式 來連接，拉線若是外露，則會影響整體智慧衣的外觀，因此 般採用拉線配置於衣物内侧或是夾層内，以維持智慧衣的 外觀。然而，也就是因為拉線位於衣物内，使得整體系統不 易拆裝，洗滌衣物變得非常困難；再者，智慧衣穿著或是攜 帶時，萬一不小心拉到拉線或是模組，則容易扯到連接頭 或是焊接處等，容易使得連接頭損壞，更甚者會引發走火， 造成相當大的危險。 有鑑於上述，本新型遂針對上述習知技術之缺失，提 出一種無線智慧衣系統，以有效克服上述之該等問題。 [新型内容1 本新型之主要目的在提供一種無線智慧衣系統，其係藉 由將電力供應麟化’而可去除習知拉線、連接頭所衍生的種 種困境，而可提咼智慧衣使用的便利性以及安全性。 本新型之另一目的在提供一種無線智慧衣系統，其藉由 /專型電池之可撓性的特點，使整體無線電池模組之重量、體積 都降至表低，便於使用者搞帶’同時配合軟性材質的保護層設 置，更易於清潔、清理，且更易達到完全防水的效果。 係包含新雜種祕智慧衫統，其 池《及無線充/放帝單元=^動&組，無線電池模組由薄型電 放電單元，薄型二輪出二:型:池電性連接於無線充， 以無線傳輪的梅外輸出.而H麟過無線充/放電單元 接物留_ 而作動拉組，係由主體以及無線 收單元二Γ收單71電性相_ 給予主體來執=：：Γ輸線訊號之電力，而供應 另—方面，本_所揭露的鱗智慧衫統，亦可配合 板的狀’供無線電池龜置放，而透過絲充/放電單 70來針對薄型電池進行充電。 底下藉由具體實施例詳加說明，當更容易瞭解本新型之 目的、技術内容、特點及其所達成之功效。 【實施方式】 為清楚揭露本新型所揭露之電子裝置之電力連接頭結構 的技術特徵’以下將提出數個實施协辦細說明本新型的技術 特徵，更同時佐以圖式俾使該些技術特徵得以彰顯。 首先，请參照第1圖，係為本新型所揭露的無線智慧衣 系統之示意圖。在本新型所揭露的無線智慧衣系統係由無線電 池模組1以及作動模組2所構成，藉以配置於衣物4上來執行 特定功能，譬如為加熱、致冷、感測、監控、發光、紀錄等功 此。如第2騎*，無線f 線充/放電單元&有缚型電池3以及無 接，而薄型電池3二，薄型電池3電性連 而以無線的方式向外輸出電:=:=線充/放電單元η =收單元、無線接收單：=: 二出tT線接收單元21予以接收前述無線充7放電單二 ，出之電力’並將其供應給予主體22，使其執行 =例來說，若為加熱或是致冷，則作動模組2可以^置於 又4的背側，而無線電池模組〗設置於前側口袋化當缺， :可將無輸做_作雛2 —咖於衣物4的、 薄31電池3較佳者為具可撓性的薄型軟性電池，以下僅 配合圖式舉—具體實施態樣說明其結構，並_以限定薄型電 幻僅能為此—種結構。如第4圖所示，薄型電池3由封裝結 構31以及至少一電能供應單元32所組成，封裝結構邓供電 迷供應單元32設置，且係包含有第-基材31卜第二基材犯 與也封框313，其中第一基材311與第二基材312係分別具有 至乂個第一導電表面3.11a與至少一個第二導電表面312a , 而岔封框313係夾設於第一基材311與第二基材312之間且 密封框313係環設於第一基材3丨丨與第二基材312的周緣，因 此在密封框313與第一基材311、第二基材312之間係構成一 容置空間S以容置電能供應單元32。 電能供應單it 32係'電性連接於第—基材311的第一導電 表面311a及第二基材312的第二導電表面处，而密封框313 則係包含二第-黏著層313a及-第二點著層迎，二第一黏 著層仙係分別黏著於第-基材311與第二基材犯，換言 之’第-基材311與第二基材312上係分別黏著一第一黏著層 313a’第二黏著層313b則係設置於二第—黏著層遍之間以 黏著二第-黏著層313a ’意即’點著於第一基材311的第一 黏著層3i3a與黏著於第二基材312的第—黏著層3以係藉由 第二黏著層313b而彼此黏著。值得注意的是，所述的第一黏 著層313a與第二黏㈣3l3b雖均纽水分、阻氣體能力良好 的材料_成，例如··環氧樹脂、聚乙埽、聚丙烯、聚氨醋、 熱塑性聚亞胺、魏樹脂、壓克力樹脂或紫外線硬化膠，不過 為使第-黏著層3i3a與第二黏著層勘得以具有不同的黏著 特性’可藉由不同的配方或添加物而調整第一黏著層仙對 於-貝H表面（例如.金屬紐的表面、其他高分子基材表面） 的黏著力，俾使第-點著層313a能夠緊固地黏著於第一基材 311與第一基材312的表面上.，相對地，對於第二黏著層迎 而。由於其功能係主要用以黏著兩層第一黏著層犯汪，因 此第二黏著層313b對於同質性表面（例如：第-黏著層313a) ，有較_縣力，藉⑽可透過第―轉層仙與第二黏 者層313b•以將第一基材311、第二基材祀緊密地黏著，並 使位於进封框3】3 '第—基材3 η及第二基材犯之間的容置 工間s此夠有效地與外界的水分、氣體闕^值得注意的是， :第4著層313a與第二黏著層313b的材料為環氧樹脂、 R締♦丙烯♦氨醋、熱塑性聚亞胺、石夕氧樹月旨、塵克力 樹脂或紫外線硬化朦，因此第一黏著層仙與第二黏著層 遍的形成方式係可藉由塗佈或印刷程方式以實現，且 第4著層313&與第二點著層挪在製程初期（塗佈或印刷） 係呈現膠紙H，是以，對於第—黏㈣瓶與第二黏著層 3別本身的材料特性而.言係具有—定的可撓曲能力（因為此 時的第-黏著層313a與第二黏著層職仍為膠質狀態的材 料），不過當第-黏著層咖與第二轉層迎彼此黏著後， 不同於般熱固化型的聚合物材料（熟化後會發生硬化的現 象），仍可财-定的綠性，也因此後的第—黏著層仙 與第f點著層迎仍具有可撓曲的特性，是故對於整體電能 供應系統3而3，方可維持其整體結構的可撓曲性，所述的第 t著層3Ba與第一黏著層313b在可撓曲的電池模組％所 扮演的角色之重要性可見一斑。 同時’其中之一的第一基材311與第二基材312可為薄 型電池3之軟性電路板4〇，而不管是第一基材3H或第二基 材犯第-基材311與第二基材犯必須具有至少一導電表 面（=la、3l2a)，俾使容置於封裝結構31中的電能供應單元 32得藉由與導電表面⑶la、3l2a)的電性連接關係以收集電 能供應單元32所產生出的電能。 另外’上述的電能供應單元32係包含有至少二極層切、 及至夕Pw離層323，其中每—隔離層323係設置於相鄰 之極層321 322之間，其用途在於隔離二極層η、]”以 避免電能供應單元32發生内部短路的問題且二極層321、 322 離層323係均摘有電解液，當然，所述的電解液係 包含純液態電解液、膠態電解液與_電解液。再，所述的隔 離層323的材料係可選自於高分子材料爾材料或玻璃纖維 材料L單-薄型電池3亦可由複數個電能供應單元^ 堆疊而成，來提供足夠之電力。 請參閱第Μ、3B圖，實際使用時，使用者穿著配置有無 線智慧衣系_衣物4 ’啟動無線電池模組丨予以無線供電， 而作動模組2透過餘接收單元21予以接贼應電力來提供 給予主體22執行特定魏，譬如騎以產生加触暖、或是 致冷降溫的效果；當然，亦可為其他生理狀態之感測、監控等， 作動模組2之配置位置而可隨之調整。 而啟動控制的部份，可於無線電池模組I上增設有控制 開關’來控制無線電池模組！之供電與否，藉以啟動作動模組 1。另-方面’如g 5A圖所示’另外配置有無線控纏組6， 错由其上具有控制按鍵6卜而以無_方式控制無線電池模 組/之供電與否，而外部亦具有保護層62予以保護；除了此 心樣外’為了配合上述攜帶方便的一致性，請參閱第犯圖， 亦可將無線控制模組6設計為軟性、薄型的態樣，而可設置於 譬如使用者手臂上等，易於使用者操作控制，同樣以無線的方 式來進行操控，同時’為了避免誤觸控制按鍵61，亦可於周 緣環設有凸肋63。因此’藉由無線的供電方式，使得習知拉 線、連接頭等皆可予以省去，不僅不會影響衣物4〇的整體外 觀，同時，也免除了拉線、連接頭因為不甚拉扯所造成的潛在 性危險。 另一方面，無線電池模組丨以及作動模組2外側可利用 軟性材質予吨覆作為保護層12、23，其材f可#如為石夕膠 等，因此，也易於將其取下來清潔以及洗滌衣物4，且日後亦 方便使用者自彳于再裝上。配合薄型電池3整體具有可撓性以及 薄臈化的設計’使得攜帶上不會產生太多的負擔，同時亦不容 易彎折而損壞。再者，針對結構較為脆弱或是易於彎折損壞的 。士為作動模組2之線路密集處、無線電池模組1之電 力佈線位置、甚至是無線控龍組S之㈣按鍵61等等地方， 亦可於保護層12、23、π I· 7 2上予以強化來加強保護，藉以保護 此』特疋錢的結構，提高其保護強度。 侧池做1之續航力 池模組1跋增絲錢板5,供無線電 型電池3進行充電。、…'線充/放電單元η來感應使其針對薄 /斤述可知’根據本新型所揭露之-種I線智慧衣夺 統，係將供電方古？ir *〆 裡…、綠日慧衣糸 大改為無線供電’而可省去拉線、連接頭的設 M425536 計’使衣物整體的外觀一致性以及美觀性提高，使一般消費者 易於接受智慧衣產品；同時’也免除了拉線、連接頭因為不甚 拉扯所造成的潛在性危險。再者，無線電池模組以及作動模組 包设有軟性材貝的保遵層，而使得其可予以拆卸來清潔，衣物 亦可予以洗滌，使用者也可輕鬆將其再裝回去重新使用。 唯以上所述者，僅為本新型之較佳實施例而已，並非用 來限定本新型實施之細。故即凡依本新辦請麵所述之特 徵及精神所為之均㈣化或修飾，均應包括於搞型之申請專 利範圍内。 【圖式簡單說明】 第1圖係為本新型所揭露的無線智慧衣系統之示意圖。ΜΦ25536 V. New description: [New technical field] This new type relates to a smart clothing system, especially a smart clothing system that uses wireless to supply power, but can save the conventional problems caused by cables and connectors. All kinds of inconveniences and risks provide convenience for users to carry and use, and also facilitate disassembly, washing and charging, and greatly improve the flexibility of use. [Prior Art] In recent years, with the rapid development of electronic technology, people have become more comfortable with the comfort of life and thieves, and the development of smart clothes has become more and more important, with the function of smart clothes. The only need to wear smart clothes can achieve specific functions such as physiological measurement, monitoring, or heating, cooling, etc., without the need for additional external devices, and the ease of use is greatly improved. In order to provide smart clothes to perform specific functions, it is necessary to have the power supply capability, the most common being a battery, preferably a fine battery. At the same time, because the power of the smart clothes to perform these functions is not low, in order to facilitate the battery replacement, the battery is designed to be separated from the design; for example, if the heart rate state is controlled & The battery module can be placed at the position of the bottom of the garment, and the battery module can be placed at the bottom of the garment. If it is used for warming and heating in winter, the heating module is disposed on the back side of the garment, and the battery module 3 M425556- Set at the position of the front bottom side pocket to replace the battery with the user. However, the battery and the actuation module need to be connected by wires to supply power. At the same time, the connection needs to be connected by soldering or connecting the connector. If the cable is exposed, it will affect the appearance of the overall smart clothes. Therefore, the pull wire is disposed on the inner side of the clothes or in the interlayer to maintain the appearance of the smart clothes. However, because the cable is located in the clothes, the overall system is not easy to disassemble, and it is very difficult to wash the clothes; in addition, when the smart clothes are worn or carried, if the cable or the module is accidentally pulled, It is easy to pull the connector or the welding place, etc., which is easy to damage the connector, and even more, it may cause a fire, which poses a considerable danger. In view of the above, the present invention proposes a wireless smart clothing system to effectively overcome the above problems in view of the above-mentioned shortcomings of the prior art. [New content 1 The main purpose of this new type is to provide a wireless smart clothing system, which can remove the difficulties caused by the conventional cable and connector by using the power supply to be lining, and can improve the use of smart clothes. Convenience and security. Another object of the present invention is to provide a wireless smart clothing system, which reduces the weight and volume of the overall wireless battery module to a low level by the flexibility of the /special battery, so that the user can carry the ' At the same time, it is easy to clean and clean with the protective layer of soft material, and it is easier to achieve complete waterproof effect. The system includes a new hybrid secret smart phone system, its pool "and wireless charging / releasing unit = ^ moving & group, wireless battery module by thin electric discharge unit, thin two-wheel out two: type: pool electrical connection to wireless charging , with the wireless transmission of the Mei outside output. And H Lin over the wireless charging / discharging unit to stay _ and the moving pull group, the main body and the wireless receiving unit two orders to receive the 71 electrical phase _ give the main body to hold =: : Γ Γ 讯 讯 讯 讯 讯 讯 讯 讯 讯 讯 讯 讯 讯 供应 供应 供应 供应 供应 供应 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 本 鳞 鳞 鳞 鳞 鳞 鳞 鳞 鳞 鳞Charge it. The details, technical contents, features and effects achieved by the present invention are more readily understood by the detailed description of the specific embodiments. [Embodiment] In order to clearly disclose the technical features of the power connector structure of the electronic device disclosed in the present invention, several technical implementations of the present invention will be described in detail below, and the techniques are also described in the drawings. Features are highlighted. First, please refer to FIG. 1 , which is a schematic diagram of the wireless smart clothing system disclosed in the present invention. The wireless smart clothing system disclosed in the present invention is composed of a wireless battery module 1 and an actuation module 2, and is disposed on the clothing 4 to perform specific functions, such as heating, cooling, sensing, monitoring, lighting, recording. Wait for this. For example, the second riding*, the wireless f-line charging/discharging unit & has the binding battery 3 and the connectionless, and the thin battery 3 2, the thin battery 3 is electrically connected and outputs the electricity wirelessly: =:= line Charging/discharging unit η = receiving unit, wireless receiving unit: =: The two-out tT line receiving unit 21 receives the aforementioned wireless charging 7 discharge unit 2, and outputs the power to the main body 22 to execute it = example Said that if it is heating or cooling, the actuation module 2 can be placed on the back side of the 4, and the wireless battery module is set on the front side of the pocket when it is missing, : can be done without loss _ chick 2 - The thin 31 battery 3 of the clothing 4 is preferably a thin flexible battery with flexibility. The following is only a description of the structure of the clothing 4, and the structure of the thin electric phantom can only be used for this purpose. Kind of structure. As shown in FIG. 4, the thin battery 3 is composed of a package structure 31 and at least one power supply unit 32. The package structure is provided by the Deng power supply unit 32, and includes a first substrate 31 and a second substrate. The first substrate 311 and the second substrate 312 have a first first conductive surface 3.11a and at least one second conductive surface 312a, respectively, and the frame 313 is sandwiched between the first base. Between the material 311 and the second substrate 312 and the sealing frame 313 is annularly disposed on the periphery of the first substrate 3 and the second substrate 312, thus the sealing frame 313 and the first substrate 311 and the second substrate Between the 312, an accommodation space S is formed to accommodate the power supply unit 32. The power supply unit it 32 is electrically connected to the first conductive surface 311a of the first substrate 311 and the second conductive surface of the second substrate 312, and the sealing frame 313 includes the second adhesive layer 313a and The second layer is layered, and the first adhesive layer is adhered to the first substrate 311 and the second substrate respectively. In other words, the first substrate 311 and the second substrate 312 are respectively adhered to the first adhesive. The second adhesive layer 313b of the layer 313a' is disposed between the two first adhesive layers to adhere to the first adhesive layer 313a', which means that the first adhesive layer 3i3a of the first substrate 311 is adhered to the first adhesive layer 3i3a. The first adhesive layer 3 of the two substrates 312 is adhered to each other by the second adhesive layer 313b. It is worth noting that the first adhesive layer 313a and the second adhesive (four) 3l3b are both materials having good moisture and gas barrier properties, such as epoxy resin, polyethylene oxide, polypropylene, polyurethane, Thermoplastic polyimide, Wei resin, acrylic resin or UV hardening glue, but the adhesive layer 3i3a and the second adhesive layer have different adhesive properties, which can be adjusted by different formulas or additives. The adhesion of an adhesive layer to the surface of the shell H (for example, the surface of the metal button, the surface of other polymer substrates), so that the first landing layer 313a can be firmly adhered to the first substrate 311 and the first On the surface of the substrate 312, relatively, for the second adhesive layer. Since the function is mainly for adhering the two layers of the first adhesive layer, the second adhesive layer 313b has a comparative force on the homogenous surface (for example, the first adhesive layer 313a), and the (10) can be transmitted through the first turn. The layer and the second adhesive layer 313b are arranged to adhere the first substrate 311 and the second substrate , closely, and are placed in the sealing frame 3] 3 'the first substrate 3 η and the second substrate Between the holding chambers s which is effective enough to communicate with the outside world, it is worth noting that: the material of the fourth layer 313a and the second adhesive layer 313b is epoxy resin, R ♦ propylene ♦ vinegar The thermoplastic polyimide, the sulphuric acid, the dusty resin or the ultraviolet ray, so that the first adhesive layer and the second adhesive layer can be formed by coating or printing. And the fourth layer 313 & and the second layer landing in the initial stage of the process (coating or printing) is the adhesive paper H, so that the material properties of the first (four) bottle and the second adhesive layer 3 are The language has a certain flexibility (because the first adhesive layer 313a and the second adhesive layer are still in a colloidal state) Material), but when the first-adhesive layer and the second layer are adhered to each other, unlike the thermosetting polymer material (hardening after curing), the green color can still be determined. Therefore, the first adhesive layer and the f-th layer are still flexible, so that the overall power supply system 3 and 3 can maintain the flexibility of the overall structure. The importance of the role of the layer 3Ba and the first adhesive layer 313b in the flexible battery module% is evident. Meanwhile, the first substrate 311 and the second substrate 312 of one of the first substrate 311 and the second substrate 312 may be the flexible substrate 4 of the thin battery 3, regardless of whether the first substrate 3H or the second substrate is the first substrate 311 and the first substrate The two substrates must have at least one conductive surface (=la, 3l2a), so that the power supply unit 32 accommodated in the package structure 31 can be electrically connected to the conductive surfaces (3) 1a, 3l 2a) to collect the power supply. The electrical energy produced by unit 32. In addition, the above-mentioned electric energy supply unit 32 includes at least two-layer layer cutting and a Pw isolation layer 323, wherein each of the isolation layers 323 is disposed between the adjacent pole layers 321 322 for the purpose of isolating the two-pole layer. η,]" to avoid the problem of internal short circuit of the power supply unit 32 and the two layers 321 and 322 are separated from the layer 323 with an electrolyte. Of course, the electrolyte contains pure liquid electrolyte and colloidal electrolyte. Further, the material of the isolation layer 323 may be selected from a polymer material or a glass fiber material. The single-thin battery 3 may also be stacked by a plurality of power supply units to provide sufficient Please refer to the figure 3, 3B, in actual use, the user wears the wireless smart clothing system _ clothing 4 'starts the wireless battery module 丨 wireless power supply, and the actuation module 2 is connected through the remaining receiving unit 21 The thief should provide power to the main body 22 to perform specific Wei, such as riding to generate warming, or cooling and cooling effect; of course, for other physiological state sensing, monitoring, etc., the configuration position of the actuation module 2 And the adjustment can be adjusted accordingly. In the part of the start control, a control switch can be added to the wireless battery module I to control the power supply of the wireless battery module!, thereby starting the actuation module 1. Another aspect g 5A shows that 'the wireless control group 6 is additionally configured, and the control button 6 is provided thereon to control the power supply of the wireless battery module in the absence of the mode, and the external layer is also protected by the protection layer 62; In addition to this, in order to meet the above-mentioned convenience of carrying, please refer to the first map, or the wireless control module 6 can be designed to be soft and thin, and can be placed on the arm of the user, etc. The user's operation control is also controlled in a wireless manner, and at the same time, in order to avoid accidental contact with the control button 61, a rib 63 may be provided on the peripheral ring. Therefore, by wireless power supply, the conventional cable is pulled. The connection head can be omitted, not only does not affect the overall appearance of the clothes 4, but also eliminates the potential danger caused by the pull wire and the connector because it is not pulled. On the other hand, the wireless battery module And the outer side of the actuating module 2 can be covered with a soft material as the protective layer 12, 23, and the material f can be used as a stone, etc. Therefore, it is also easy to take it off to clean and wash the laundry 4, and it is convenient in the future. The user is self-satisfactory to reinstall. The thin battery 3 has a flexible design and a thin and thin design. It does not cause too much burden on the carrier, and is not easily bent and damaged. It is more fragile or easy to bend and damage. The line is dense in the circuit module 2, the power wiring position of the wireless battery module 1, and even the wireless controller group S (four) button 61, etc., can also protect The layers 12, 23, and π I· 7 2 are strengthened to strengthen the protection, so as to protect the structure of the special money and improve the protection strength. The side pool is made of the 1st battery module 1 跋 丝 钱 5 The radio type battery 3 is charged. , 'The line charge/discharge unit η is inductive to make it known for thin / jin'. According to the novel, the I-line smart clothing system will be powered. Ir *〆里..., Green Day Huiyi糸 changed to wireless power supply' while eliminating the need for cable and connector M425536' to make the overall appearance of the clothing consistent and aesthetically pleasing, making it easy for the average consumer to accept wisdom Clothing products; at the same time 'also eliminates the potential danger caused by the pull wire and the connector because it is not pulled. Furthermore, the wireless battery module and the actuation module package are provided with a soft material shell, so that it can be removed for cleaning, and the clothes can be washed, and the user can easily reload it for reuse. The above description is only for the preferred embodiment of the present invention and is not intended to limit the details of the present invention. Therefore, all the characteristics and spirits mentioned in this new application should be included in the scope of the application patent. [Simple description of the drawings] Fig. 1 is a schematic diagram of the wireless smart clothing system disclosed in the present invention.
第2圖為本新贿揭露的無騎慧⑽統之無線電池模 組的示意圖。 μ第3B圖係為本新型所揭露的無線智慧衣系統之使用 狀態示意圖。 線智慧衣系統之薄型電池 的無線智慧衣系統之無線 第4圖係為本新型所揭露的無 之示意圖。 第5A、5B圖係為本新型所揭露 控制模組之示意圖。 第6 示意圖。 圖係為本新酬揭露的崎智慧衣祕之充電狀態 M425536Figure 2 is a schematic diagram of the wireless battery module of Wuqihui (10) unified by the new bribe. μ 3B is a schematic diagram of the state of use of the wireless smart clothing system disclosed in the present invention. The wireless wireless clothing system of the thin-type battery of the smart clothes system The fourth figure is a schematic diagram of the novel disclosed. Figures 5A and 5B are schematic views of the control module disclosed in the present invention. Figure 6 is a schematic diagram. The picture is the state of charge of the new wisdom disclosure of the Saki smart clothes M425536
【主要元件符號說明】 1 無線電池模組 11 無線充/放電單元 12 保護層 2 作動模組 21 無線接收單元 22 主體 23 保護層 3 薄型電池 31 封裝結構 311 第一基材 311a 第一導電表面 312 第二基材 312a 第二導電表面 313 密封框 313a 第一黏著層 313b 第二黏著層 32 電能供應單元 321 極層/正極極層 322 極層/負極極層 323 隔離層 12[Main component symbol description] 1 Wireless battery module 11 Wireless charging/discharging unit 12 Protective layer 2 Actuating module 21 Wireless receiving unit 22 Main body 23 Protective layer 3 Thin battery 31 Package structure 311 First substrate 311a First conductive surface 312 Second substrate 312a second conductive surface 313 sealing frame 313a first adhesive layer 313b second adhesive layer 32 power supply unit 321 pole layer / positive electrode layer 322 pole layer / negative electrode layer 323 isolation layer 12
M4255M 4 衣物 41 前側口袋 5 充電板 6 無線控制模組 61 控制按鍵 62 保護層 63 凸肋 S 容置空間M4255M 4 Clothing 41 Front side pocket 5 Charging board 6 Wireless control module 61 Control buttons 62 Protective layer 63 Ribs S Housing space